The widespread claim of a water-powered car, particularly one from Toyota, is a recurring myth and scientifically inaccurate ...

Fuel-cell electric vehicles, which are powered by hydrogen, have been around for a long time, but as the hydrogen market develops there is now a real possibility they could go mainstream.

The future of clean car technology may very well be hydrogen fuel cells. ... they can make hydrogen out of water with solar or wind ... Asian shares slip after American strike on Iran. June 22, 2025.

Much of the focus on Iran’s nuclear program has been on Tehran’s enrichment of uranium. But experts also keep a close watch ...

Learn how to turn water into hydrogen and oxygen to produce HHO gas through electrolysis. The process separates water molecules into hydrogen and oxygen, creating a usable gas. Materials like ...

After batting down the hype over startups and DIYers claiming they could run a car on water, PM's senior automotive editor installs a hand-built HHO kit—only to find he was right the first time.

Hydrogen-powered cars offer an exciting emissions-free alternative to electric cars, making them a hot topic in the automotive industry in recent years. RELATED: Hyundai Nexo hydrogen car – an ...

Hydrogen-powered cars don't need special tires, although they may benefit from tires designed for conventional battery EVs.

Explore the truth behind the Toyota water powered car claim and why it doesn’t hold up to science. Get the facts about ...

It’s also one of the most common elements on Earth, ranking at number 10, but most of it is locked away paired with oxygen to form water. Hydrogen extraction technology is older than you might ...

If you follow the world of clean energy, you will probably have read all about the so-called hydrogen future and the hydrogen economy. The gas can easily be made from water by electrolysis from gre… ...

Compressed hydrogen at 700 bar is equivalent to 10,153PSI (for context, you inflate your car's tyres to about 33PSI) and if it leaks in any way, it's prone to spontaneously combust.